National Institute of Advanced Industrial Science and Technology (AIST) This page is a page of the former research institute. We stopped updating on March 31.2001.
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Press Release of NIMC

( 15 July 1999 - 15 January 2001 )


DateTitleSubtitle
15 Jan. 2001 Discovery of the Self-Assembly of Liquid Crystal Molecules by Spin Coating and a Formation of Light Reflective Glassy Films by Utilizing this Phenomenon - A Simple Technique for Preparing High Density Recording Memories -
27 Nov. 2000 Creating Synthetic Zeolite in the Shape of Tubes, Fibers and Fabrics - Development of a Fundamental Technique to Control Shapes of Zeolitic Materials to be Applied as Chemical Synthetic Catalysts, Environmental Catalysts, Fuel Cells and Electronic Elements -
07 Nov. 2000 New Techique for Recycling Plastics@
20 Oct. 2000 Nano-scale Assembly of Metal Clusters in Block Copolymer Films@
17 Aug. 2000 Development of Catalyst for Synthesizing Multi-Walled Carbon Nanotubes- Promoting Practical Use of Thin Wall-Hanging Television -
22 May 2000 A Large-Capacity Hydrogen-Absorbing Alloy@
02 May 2000 Development of High Performance Catalyst Used for Reformulating Diesel Oils(Achievement in reducing the weight of sulfur to <20 ppm and polyaromatics to <1% in diesel oil by sulfur-tolerant Pd-Pt/Yb-USY zeolite catalyst)
21 Mar. 2000 Heteroepitaxial Growth of Diamond by Chemical Vapor Deposition on Platinum Thin Films@@@@@
Success in Materials Design of High Performance Lithium Ion Rechargeable Battery for the First Time in the Word@@@@@
10 Nov. 1999 Development of New Processing for Preparation Metal Oxides Thin Films with Excimer Laser lrradiation@@@@@
05 Oct. 1999 Development of Model Gas Diffusion Electrode Apparatus for the Performance Evaluation of Fuel Cells - Half-Immersed Rotating Vertical Electrode(HIRVE) -
Material Changing Colours Depending on the Exposure Energy and Colours Fixed Reversibly- Reversible Full- Colours Recording in a Photon Mode -
16 Sep. 1999 The Invention of the World Largest Synthetic Zeolite Single CrystalThe Development of the Fundamental Technique for the Crystal Growth of Zeolite Material to be used as Gas Separation Membrane, Membrane Reactor, Fuel Cell, and Opto-Electronics Element
Formation of Polymer Micropowder Using Supercritical Carbon Dioxide as a Solvent- To a New Process of Non Solvent Polymerization -
15 JUly 1999 Environmentally Safe Combustion Technique for Low Grade Fuels using Supercritical Water]Aiming at the Application to Environmentally Friendly Power Generation Technology
Development of Poly(phenylene sulfide) as a Tribo-Material by means of Polymer Alloy@